Smart Solar Traffic Light
What you should know about this product
- Immunity to Power Rationing: Operation independent of the conventional power grid, ensuring intersections remain active even during severe blackouts or weather contingencies such as El Niño.
- Fast and Agile Modernization: Engineering designed to update a city’s existing infrastructure in an estimated time of just 1 day per intersection, minimizing impact on vehicle flow.
- Modular and Adaptable Design: Flexible architecture without a rigid specification; panel wattage and battery configuration are custom-calculated according to the intersection type and number of lanes to control.
- Integrated Resilience: Industrial protection cabinets (visible in the semaforo-1.jpg and semaforo-2.jpg images) safeguard control and storage components from the weather.
- Optimal Solar Capture: Road support structures with calculated tilt to maximize photovoltaic panel efficiency (as detailed in the aerial shot of semaforo-3.jpg), ensuring constant recharging.
Product description
Urban mobility stability does not have to depend on the stability of the conventional power grid. Upgrade systems to Solar Traffic Lights enable the transition to Smart Cities infrastructure immediately and strategically. This solution is specifically designed for modernizing a city’s current systems, allowing reuse of part of the existing physical structure and transforming it into an autonomous clean energy node in approximately 24 hours per intersection.
In the context of current climate challenges, such as prolonged drought periods derived from El Niño, urban resilience becomes a priority. By integrating solar panels directly onto the traffic light arm (illustrated in semaforo-1.jpg and semaforo-3.jpg), the system shields itself against power outages and rationing. In addition, by operating in a decentralized manner, each crossing manages its own storage and consumption logic, making it easy to link with remote environmental monitoring platforms to audit battery status and road flow in real time, optimizing predictive maintenance of the entire traffic light network.
Technical specifications
- System Type: Photovoltaic modernization kit for existing road intersections.
- Installation Time: Estimated 1 day per complete intersection.
- Energy Configuration: Custom (panel wattage and battery capacity variable according to crossing design and number of lanes).
- Solar Capture: High-efficiency monocrystalline/polycrystalline panel integrated into the overhead structure (see semaforo-3.jpg).
- Storage and Control: Battery bank housed in an industrial cabinet with weather protection (see semaforo-2.jpg).
- Autonomy: Designed to withstand consecutive days of low solar radiation or heavy cloud cover.
- Compatibility: Adaptable to standard market traffic controllers and LED optics.
- Network Approach: Prepared to host communication hardware and integrate as an urban multiparameter IoT sensor.
Recommended uses
- Urban Resilience Plans: Shielding a city’s main avenues and critical crossings against national power system contingencies.
- Urban Center Modernization: Rapid transition from obsolete systems to clean Smart Cities technologies without prolonged civil works.
- Road Expansion Zones: Installation of light signaling on new peripheral or rural roads where traditional grid connection is costly or nonexistent.
- High-Accident Crossings: Guaranteed uninterrupted operation at dangerous intersections to prevent accidents during nighttime blackouts.